Exploration of Chemical Composition and Properties of Ancient Silver Mine Slag

Abstract This study focuses on the investigation of pozzolanic properties of the by-products generated from silver distillation processes in ancient times. The residues resulting from silver distillation are commonly described as slag or residues, representing unwanted materials left behind after metallurgical processes. However, these residues are now recognized as potential secondary raw material sources that can be economically utilized through secondary processes. Various analyses were conducted in this study to determine the pozzolanic properties of ancient mine slag. The methodology employed in the study involved grinding the mine residues to cement size and determining strength activity indexes with different pozzolan-cement mixtures. The obtained data indicates the potential pozzolanic activity of ancient mine slag. These findings provide significant implications for waste management and economic recycling. The pozzolanic properties of residues from silver distillation processes in ancient times serve as an important reference point for future research and industrial applications. This study contributes to the evaluation of residues carrying traces of metallurgical processes from ancient times through modern scientific methods, elucidating their potential value. Exploration of Pozzolanic Properties of Ancient Silver Distillation By-Products serves as a bridge spanning from ancient to modern times, offering important insights into how residues from prehistoric periods can be utilized in contemporary industrial processes."